By use of cutting-edge digital technology, Boway Alloy has achieved highly synergistic process management, real-time dynamic production plans, transparent and visual production processes, economic and safe energy management, refined cost control, agile and intelligent logistics, shared warehousing management, whole-process quality control, equipment management of the whole life cycle and digital empowerment operation staff management through changes in lean management, automation and informatization, realizing the consistency, stability and reliability of the product and satisfying the high quality requirements of customers.
More than 60 grades of high-precision and high-performance alloy strips developed by Boway in such series as copper-chromium-zirconium alloy, copper-nickel-tin alloy, copper-nickel-phosphorus-alloy, copper-nickel-silicon-cobalt alloy, copper-tin-phosphorus alloy, copper-tin-nickel-silicon alloy have excellent physical properties, mechanical performance, bending performance and processing performance as well as better tolerance control, surface smoothness, heat stress relaxation resistance, high temperature softening, and anti-fatigue performance. They are widely used in 5G communication, consumer electronics, automotive, and semiconductor industries.
Boway makes full use of digital technology to continue to provide customers with systematic solutions, provide support for intelligent material selection, service simulation, data assets, and testing services to continually create value for global customers.
60+
Alloy Grades
14
Alloy Series
100+
Countries Served
312
Patents
boway
Product Details
Boway Precision Strip products span multiple alloy families, each engineered for specific performance requirements. More than 60 grades across 14 series serve applications from consumer electronics to automotive and semiconductors.
High-performance high-strength mid-conductivity alloy, used for automobiles and lead framework
Stress relaxation resistance can reach 175°C/1000h
Copper-Nickel–Silicon-Cobalt Alloy
Ultra-high-strength, mid-conductivity, good stress relaxation resistance
Enhanced copper-zinc alloy, can replace bronze and have good stress relaxation resistance
Copper-Nickel-Phosphorus Alloy
High-conductivity mid-strength
Super Grain
51100 SG51900 SG52100 SG
Super Grain Tin Bronze
Fine grain can be below 3µm
Compared to ordinary bronze, it has an excellent bending effect
It has a higher strength range than ordinary bronze.
The improved stamped surface is smoother, suitable for the application of stamping parts.
Tin-Nickel-Silicon Alloy
Environmental-friendly alloy, low-cost bronze alternative
Better stress relaxation resistance than ordinary bronze
High Strength Medium Conductivity Copper-Nickel-Silicon Strips
The high-strength mid-conductivity copper-nickel-silicon strips developed by Boway Alloy have good cold processing, electroplating, and hot-dip galvanizing performance. They are suitable for soft soldering and gas shielded welding. For high yield strength (yield strength at 780MPa in TM06, 40%IACS or more conductive), it has excellent fatigue resistance and bending performance, so it is mainly used in large-scale integrated circuits and other fields, such as electrical parts, punching parts, connectors, connectors, relay spring and semiconductor parts.
Copper-Nickel-Zinc Alloy
7700075200
Shielding parts used for 3C consumer electronics
High corrosion-resistant
Tin Bronze
51000511005190052100
Alloys for connector use
Some can be used for semiconductors
Copper-Iron Alloy
1921019400
Alloy for semiconductor integrated circuit and lead framework
Surface requirements of the semiconductor industry
It is widely used in the car connector sector
boway
Industry Applications
3C Consumer Electronics
Shielding parts for smartphones, tablets, and wearables. High corrosion resistance and excellent formability for precision stamping.
Semiconductor
Alloys for integrated circuits and lead frameworks. High surface quality with strict industry standards for reliability and performance.
Automotive Connectors
Widely used in car connector sector. High reliability under temperature cycling and vibration for critical automotive electronics.
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Technical Datasheets
Download detailed technical specifications for each alloy grade. All datasheets include chemical composition, physical properties, mechanical performance, and processing guidelines.
